Doctor PhD:

• - Scientific Research Methods (SRM 7204)

Bachelor:

• - Exchange of heat and mass
• - Corrosion of the heat power eguipment (KTO 3209)

• - Heat and mass transfer (TM 2206.)
• - Heat and mass transfer (HAMT 2302)

• - Engineering thermodynamics (ET 1205)
• - Engineering thermodynamics (ET 1208)
• - Chemical thermodynamics (ChTD 2211)
• - Nuclear energy units (YEU 3307)

• - Using of secondary energy sources (IVE 3207)
• - Modeling and optimization of the thermal power equipment (MOThE 3302MOTU 3302)

• - Steam and gas turbines (SGT 3204)
• - Heat engineering and thermodynamics (HET 3310)

• - Combustion of fuel in heating boilers (CFHB 2217)
• - Technical thermodynamics (TT 2203)
• - Thermodynamic fundamentals of thermal power plants cycles (TTFC 2207)
• - Fluid and gas mechanics (MLG 2212)

• - Modeling and optimization of technological processes (MOTP 3211)
• - Fuel and the theory of combustion (FTC 2216)
• - Thermal and nuclear power plants (TNPP 3334)
• - Heat and mass transfer (HAMT 2205)
• - Head and Mass transfer processes and apparaturses (HMTPA 2206)
• - Hydro and gas dynamics (HGD 2208)
• - Thermal and nuclear power plants (TNPP 2216)

• - Theoretical fundamentals of Thermal engineering (TOT 2206)
• - Modeling, algorithmization and optimization of elements and systems in thermal power engineering (MAOESHPE 3210)
• - Thermal power systems and energy use in industry and housing and public utilities (TPSEUIH-PU 3210)

• - Computer modeling in power engineering (CMPE 2213)
• - Mathematical problems and computer modeling in power industry (MPCMPI 2212)

• - Programming and fundamentals of numerical methods in power engineering. (PFNMPE 3220)
• - Computer workshop and engineering calculations in power industry (CWECPI 3221)

• - Technical thermodynamics (ET 2207)
• - Theoretical foundations of heat engineering (TFE 3203)
• - Electric machine (EM 2211)
• - Thermal power systems and energy use in industry and housing and public utilities

• - Theoretical fundamentals of HPP and NPP (TFHNPP 3336)
• - Technical thermodynamics and heat and mass transfer (TTHMT 3202)
• - Theoretical fundamentals of electrical engineering 2

• - Mechanics of liquids and gas
• - Theoretical fundamentals of HPP and NPP (TFHNPP 3236)
• - Theoretical fundamentals of HPP and NPP
• - Theoretical fundamentals of electrical engineering 1
• - Mathematical modeling of energy systems
• - Technical thermodynamics and heat and mass transfer.

Master (scientific-pedagogical):

• - Nature guard technologies in thermal-power unites working (PTRTEU 53013)

• - Experimental researches of heat-masstransfer and gas-dynamicprocesses (ERFHMP 63026)
• - Design and automation features of the thermal power process (DAFTPP 5204)

• - Experimental studies of heat -mass transfer and hydrodynamic processes (ESHMTHP 6308)
• - Design and automation features of the thermal power process (DAFT 5207)

• - Experimental studies of heat-mass transfer and hydrodynamic processes (ESHM 6306)

• - Experimental studies of heat and mass transfer processes (ESMEP 6202)
• - Experimental studies of hydrodynamic processes (ESHP 6204)

• - Increase of energy efficiency of heat and mass exchange processes and devices at thermal power plants (TPP) (IEEHMEPDTPP 5314)
• - Increase of energy efficiency of heat and mass exchange processes and devices at thermal power plants (IHPE) (IEEHEPDTPP 5317)

• - Experimental research of hydrodynamic processes (IHPE) (ERHP 6202)
• - Fundamentals of Engineering Management (FEM 5204)

• - Experiment Planning and Statistical Processing (EPSP 5203)
• - Design, installation and operation of renewable energy units (DIOREI5303)

• - Experimental studies of water treatment processes, flue gases and wastewater power plants (ESWTPFGWPP 5205)
• - Planning an experiment and statistical processing (PESP 5305)
• - Patenting and scientific research (PSR 5210)
• - Thermophysics of envelope (TW 5207)

• - Start-up, shutdown and features of corrosion, conservation and water-chemical regimes of heat and power equipment of industrial enterprises and housing and public utilities (SSFCCW 6304)

• - Experimental studies of heat and mass transfer and hydrodynamic processes (ESHMTHP 5205)

• - Patent science and fundamentals of scientific research (PSR 5203)
• - Modeling of the electric power industry problem in the Matlab environment